In this chapter, molecular processes underlying the olfactory signal transduction will be described.
This chapter provides an overview of the cellular and molecular processes underlying cutaneous wound healing.
As a consequence, most in vivo studies ignore the dynamic nature of bone regeneration and the molecular processes underlying it.
Considerable efforts remain to unravel the molecular processes underlying nuclear reprogramming and evaluate stable of the changes in reprogrammed cells.
A major challenge in neuroscience is identifying the cellular and molecular processes underlying learning and memory formation.
Decades of research have provided a good understanding of the molecular processes underlying RNA synthesis, both RNA replication and gene transcription, for these two families of viruses.
Further studies are required to dissect the molecular processes underlying the regulatory influences exerted by PHOSPHO1 on the skeleton with ageing.
This review contains a description of molecular processes underlying the response of stem cells to ionizing radiation, indicating its potential application in differentiation procedures.
A better understanding of the cellular and molecular processes underlying the formation of the secondary septae is critical for the development of new therapies to protect or regenerate the alveoli.
Development of a quantitative model will be facilitated by the availability of tools and techniques to manipulate molecular processes underlying transport of arsenicals across cell membranes or expression and activity of enzymes involved in methylation of arsenicals.
The complex cellular and molecular processes underlying the development of ischemic brain lesions are incompletely understood [2], [3].
